aiunit2.h

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/* Unit and Unit Type Analysis and Status Functions for AIs
   Copyright (C) 2005 Eric A. McDonald.

Xconq is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2, or (at your option)
any later version.  See the file COPYING.  */

/* Vision and Detection Worths */

extern int seer_worth(int u);
extern void set_seer_worth(int u, int n);
extern void maybe_set_seer_worths(void);

/* Size Estimates */


extern int could_meet_size_goal(int u, int x, int y);

/* ACP Estimates */

namespace Xconq {
    extern int *cv__acp_max_wo_effects;
    extern int *cv__acp_per_turn_max_wo_effects;
}
extern int acp_max_wo_effects(int u);
extern int acp_per_turn_max_wo_effects(int u);

/* Speed Estimates */

namespace Xconq {
    extern int *cv__speed_max_wo_effects;
}
extern int speed_max_wo_effects(int u);

/* MP Estimates */

namespace Xconq {
    extern int *cv__mp_per_turn_max;
}
extern int mp_per_turn_max(int u);

/* Number of Moves Estimates */

namespace Xconq {
    extern int **cv__moves_per_turn_max_on_t;
}
extern int moves_per_turn_max(int u, int t);

/* Movement Range Estimates */

namespace Xconq {
    extern int ***cv__move_range_max_on_t_with_m;
    extern int **cv__move_range_max_on_t;
}
extern int move_range_max_on(int u, int t, int m, int amt);
extern int move_range_max(int u, int t, int *amt);
extern int move_range_best(int u, int *amt);
extern int move_range_worst(int u, int *amt);

/* Movement Worths */

extern int mover_worth(int u);
extern void set_mover_worth(int u, int n);
extern void maybe_set_mover_worths(void);

extern int depot_worth(int u);
extern void set_depot_worth(int u, int n);
extern void maybe_set_depot_worths(void);

extern int distributor_worth(int u);
extern void set_distributor_worth(int u, int n);
extern void maybe_set_distributor_worths(void);

extern int producer_worth(int u);
extern void set_producer_worth(int u, int n);
extern void maybe_set_producer_worths(void);
extern int producer_worth_on_known(Unit *producer, int x, int y);

extern int prod_enhancer_worth(int u);
extern void set_prod_enhancer_worth(int u, int n);
extern void maybe_set_prod_enhancer_worths(void);

/* Worths as a base. */
/* A base is considered to be a depot inclusive-or producer that has 
    stored materials in common with another unit that can occupy it. */

extern int base_worth_for(int u, int u2);
extern void set_base_worth_for(int u, int n);
extern void maybe_set_base_worths_for(void);

extern int base_worth(int u);
extern void set_base_worth(int u, int n);
extern void maybe_set_base_worths(void);

/* Construction Questions */

extern int can_create_in(
    Unit *actor, Unit *creator, int u3, Unit *transport);
extern int can_create_at(Unit *actor, Unit *creator, int u3, int x, int y);

/* Tooling Point Estimates */

extern int tp_per_turn_est(Unit *unit, int u2);

/* Construction Point Estimates */

extern int cp_per_turn_est(Unit *unit, int u2);
extern int cp_gained_per_turn_est(Unit *unit, Side *side);

/* Hitpoint Estimates */

extern int hp_per_turn_est(Unit *unit, int u2);
extern int hp_gained_per_turn_est(Unit *unit, Side *side);

/* Combat Rate Estimates */

extern int firings_per_turn_est(int u, int u2);
extern int attacks_per_turn_est(int u, int u2);
extern int detonations_per_turn_est(int u, int u2);
extern int capture_attempts_per_turn_est(int u, int u2, Side *side2);

/* Hit Estimates */

extern int firings_mean_to_destroy(
    int u, int u2, int hp2, int dm = 100, int hcm = 100);
extern int firings_mean_to_destroy(int u, UnitView *uview);
extern int firings_mean_to_destroy(int u2, Unit *unit);
extern int fire_turns_mean_to_destroy(int u, UnitView *uview);
extern int fire_turns_mean_to_destroy(int u2, Unit *unit);

extern int attacks_mean_to_destroy(
    int u, int u2, int hp2, int dm = 100, int hcm = 100);
extern int attacks_mean_to_destroy(int u, UnitView *uview);
extern int attacks_mean_to_destroy(int u2, Unit *unit);
extern int attack_turns_mean_to_destroy(int u, UnitView *uview);
extern int attack_turns_mean_to_destroy(int u2, Unit *unit);

extern int detonations_mean_to_destroy(
    int u, int u2, int hp2, int dm = 100);
extern int detonations_mean_to_destroy(int u, UnitView *uview);
extern int detonations_mean_to_destroy(int u2, Unit *unit);
extern int detonate_turns_mean_to_destroy(int u, UnitView *uview);
extern int detonate_turns_mean_to_destroy(int u2, Unit *unit);

/* Capture Estimates */

extern int firings_mean_to_capture(int u, int u2, Side *side2, int ccm = 100);
extern int firings_mean_to_capture(int u, UnitView *uview);
extern int firings_mean_to_capture(int u2, Unit *unit);
extern int fire_turns_mean_to_capture(int u, UnitView *uview);
extern int fire_turns_mean_to_capture(int u2, Unit *unit);

extern int attacks_mean_to_capture(int u, int u2, Side *side2, int ccm = 100);
extern int attacks_mean_to_capture(int u, UnitView *uview);
extern int attacks_mean_to_capture(int u2, Unit *unit);
extern int attack_turns_mean_to_capture(int u, UnitView *uview);
extern int attack_turns_mean_to_capture(int u2, Unit *unit);

extern int attempts_mean_to_capture(int u, int u2, Side *side2, int ccm = 100);
extern int attempts_mean_to_capture(int u, UnitView *uview);
extern int attempts_mean_to_capture(int u2, Unit *unit);
extern int capture_turns_mean_to_capture(int u, UnitView *uview);
extern int capture_turns_mean_to_capture(int u2, Unit *unit);

/* Worths as an explorer. */
/* An explorer is considered to be a mobile unit which can see. */


extern int explorer_worth(int u);
extern void set_explorer_worth(int u, int n);
extern void maybe_set_explorer_worths(void);

/* Total Worths */

extern int total_worth(int u);

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